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Automotive Brake Systems 7th edition [Pehme köide]

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  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 100x100x100 mm, kaal: 100 g
  • Sari: Pearson Automotive Series
  • Ilmumisaeg: 23-Jan-2017
  • Kirjastus: Pearson
  • ISBN-10: 0134063120
  • ISBN-13: 9780134063126
Teised raamatud teemal:
Automotive Brake Systems 7th editionSuurem pilt
  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 100x100x100 mm, kaal: 100 g
  • Sari: Pearson Automotive Series
  • Ilmumisaeg: 23-Jan-2017
  • Kirjastus: Pearson
  • ISBN-10: 0134063120
  • ISBN-13: 9780134063126
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780134063126.html
Märksõnad:

This book is part of the Pearson Automotive Professional Technician Series, which provides full-color, media-integrated solutions for today’s students and instructors covering all eight areas of ASE certification, plus additional titles covering common courses. Peer reviewed for technical accuracy, the series and the books in it represent the future of automotive textbooks.

 

Prepare tomorrow’s automotive professionals for success.

Automotive Brake Systems, 7/e covers every electrical and electronic brake component found on vehicles today, as well as the practical skills that students must master to be successful in the industry. Written by a service technician and an automotive instructor—not a technical writer—and fully up to date with the latest electrical and electronic brake systems devices and systems used since 2005, the text is revered as the best available text on the subject. Formatted to appeal to today's technical trade students, Halderman’s text uses helpful tips and visuals to bring concepts to life and guide students through the procedures they'll use on the job.

 

To keep your course current, all of the content is correlated to the latest NATEF tasks and ASE areas for Automotive Brake Systems (A5), and new or updated information is included on such topics as brake friction materials, qualifying a brake lathe, the GM regular production code (RPO), ceramic brake pads and environmental concerns of copper in brake friction material, the BCM control of the red brake warning light, and brake line corrosion reduction coating.

 

Chapter 1 Service Information, Tools, And Safety
1(39)
Learning Objectives
1(1)
Key Terms
1(1)
Vehicle Identification
2(1)
Service Information
3(2)
Threaded Fasteners
5(4)
Hand Tools
9(11)
Basic Hand Tool List
20(1)
Tool Sets and Accessories
21(1)
Electrical Work Hand Tools
21(1)
Hand Tool Maintenance
22(1)
Trouble Lights
22(1)
Air and Electrically Operated Tools
23(2)
Personal Protective Equipment
25(1)
Safety Precautions
26(1)
Vehicle Protection
27(1)
Safety In Lifting (Hoisting) A Vehicle
28(2)
Floor Jacks
30(1)
Safe Use of a Floor Jack
31(1)
Electrical Cord Safety
32(1)
Jump Starting and Battery Safety
32(1)
Fire Extinguishers
33(1)
Fire Blankets
33(1)
First Aid and Eye Wash Stations
34(1)
Hybrid Electric Vehicle Safety Issues
35(5)
Summary
39(1)
Review Questions
39(1)
Chapter quiz
39(1)
Chapter 2 Environmental And Hazardous Materials
40(13)
Learning Objectives
40(1)
Key Terms
40(1)
Hazardous Waste
41(1)
Federal and State Laws
41(2)
Asbestos Hazards
43(1)
Used Brake Fluid
44(1)
Used Oil
44(1)
Solvents
45(2)
Coolant Disposal
47(1)
Lead-Acid Battery Waste
47(1)
Battery Handling and Storage
48(1)
Fuel Safety and Storage
48(1)
Airbag Disposal
48(1)
Used Tire Disposal
49(1)
Air-Conditioning Refrigerant Oil Disposal
49(4)
Summary
51(1)
Review Questions
51(1)
Chapter quiz
52(1)
Chapter 3 Braking System Components And Performance Standards
53(9)
Learning Objectives
53(1)
Key Terms
53(1)
Fundamentals of Brake Systems
54(1)
Brake Design Requirements
55(1)
Brake System Categories
56(2)
Antilock Brake System Overview
58(1)
Federal Brake Standards
58(2)
Brake Repair and The Law
60(2)
Summary
61(1)
Review Questions
61(1)
Chapter quiz
61(1)
Chapter 4 Brake Principles And Friction Materials
62(12)
Learning Objectives
62(1)
Key Terms
62(1)
Energy and Work
63(1)
Inertia
64(1)
Coefficient of Friction
65(1)
Brake Fade
66(1)
Deceleration Rates
67(1)
Brake Friction Materials
67(1)
Asbestos
68(1)
Semimetallic Friction Materials
69(1)
Non-Asbestos/Ceramic Friction Materials
69(1)
Carbon Fiber Friction Materials
69(1)
Brake Pads and Environmental Concerns
70(1)
Edge Codes
71(3)
Summary
72(1)
Review Questions
73(1)
Chapter quiz
73(1)
Chapter 5 Brake Hydraulic Systems
74(19)
Learning Objectives
74(1)
Key Terms
74(1)
Hydraulic Principles
75(1)
Pascal's Law
76(4)
Master Cylinders
80(7)
Diagnosing Master Cylinders
87(2)
Master Cylinder Service
89(4)
Summary
91(1)
Review Questions
92(1)
Chapter quiz
92(1)
Chapter 6 Hydraulic Valves And Switches
93(15)
Learning Objectives
93(1)
Key Terms
93(1)
Pressure-Differential Switch (Brake Warning Switch)
94(1)
Brake Fluid Level Sensor
95(1)
Proportioning Valve
96(5)
Electronic Brake Proportioning
101(1)
Metering Valve (Hold-Off) Operation
102(2)
Combination Valves
104(1)
Brake Pedal Position Sensor/Switch
105(3)
Summary
106(1)
Review Questions
106(1)
Chapter quiz
106(2)
Chapter 7 Brake Fluid And Lines
108(15)
Learning Objectives
108(1)
Key Terms
108(1)
Brake Fluid
109(1)
Brake Fluid Specifications
109(4)
Brake Fluid Service Procedures
113(1)
Rubber Types
114(1)
Brake Lines
114(9)
Summary
121(1)
Review Questions
122(1)
Chapter quiz
122(1)
Chapter 8 Brake Bleeding Methods And Procedures
123(14)
Learning Objectives
123(1)
Key Terms
123(1)
Brake Bleeding
124(1)
Brake Bleeder Valve Loosening Methods
125(1)
Bleeding Sequence
126(1)
Manual Bleeding
127(1)
Vacuum Bleeding
128(1)
Gravity Bleeding
129(1)
Pressure Bleeding
130(2)
Hydraulic ABS Service
132(2)
ABS Safety Precautions
134(1)
Brake Fluid Replacement/Flushing
134(3)
Summary
136(1)
Review Questions
136(1)
Chapter quiz
136(1)
Chapter 9 Wheel Bearings And Service
137(19)
Learning Objectives
137(1)
Key Terms
137(1)
Antifriction Bearings
138(3)
Bearing Greases
141(1)
Seals
142(1)
Bearing Diagnosis
142(1)
Wheel Bearing Service
143(4)
Sealed Bearing Replacement
147(1)
Rear Drive Axle Classifications
148(1)
Rear Axle Bearing and Seal Replacement
149(2)
Bearing Failure Analysis
151(5)
Summary
155(1)
Review Questions
155(1)
Chapter quiz
155(1)
Chapter 10 Drum Brakes
156(19)
Learning Objectives
156(1)
Key Terms
156(1)
Drum Brakes
157(1)
Drum Brake Advantages
157(1)
Drum Brake Disadvantages
158(1)
Drum Brake Parts
159(2)
Drum Brake Shoes
161(4)
Non-Servo Brake Design
165(1)
Dual-Servo Brake Design
166(2)
Automatic Brake Adjusters
168(7)
Summary
173(1)
Review Questions
173(1)
Chapter quiz
173(2)
Chapter 11 Drum Brake Diagnosis And Service
175(18)
Learning Objectives
175(1)
Key Terms
175(1)
Drum Brake Diagnosis
176(1)
Brake Drum Removal
176(2)
Drum Brake Disassembly
178(1)
Inspecting the Backing Plate
179(1)
Drum Brake Lining Inspection
180(1)
Brake Spring Inspection
180(1)
Wheel Cylinder Inspection
181(2)
Drum Brake Hardware Kit
183(1)
Inspecting the Drum Brake Shoes
183(1)
Brake Parts Cleaning
184(1)
Reassembling the Drum Brake
184(1)
Adjusting Drum Brakes
185(1)
Lubrication Checklist
186(1)
Drum Brake Fault Symptom Guide
186(7)
Summary
191(1)
Review Questions
191(1)
Chapter quiz
191(2)
Chapter 12 Disc Brakes
193(17)
Learning Objectives
193(1)
Key Terms
193(1)
Disc Brakes
194(4)
Disc Brake Construction
198(1)
Disc Brake Pads
199(3)
Brake Rotors
202(1)
Disc Brake Designs
202(5)
Rear Disc Brakes
207(3)
Summary
208(1)
Review Questions
208(1)
Chapter quiz
208(2)
Chapter 13 Disc Brake Diagnosis And Service
210(20)
Learning Objectives
210(1)
Key Terms
210(1)
Disc Brake Diagnostic Procedures
211(1)
Visual Inspection
211(1)
Disc Brake Caliper Service
212(4)
Servicing Disc Brake Calipers
216(5)
Disc Brake Squeal Correction
221(3)
Disc Brake Symptom Guide
224(6)
Summary
228(1)
Review Questions
228(1)
Chapter quiz
228(2)
Chapter 14 Parking Brake Operation, Diagnosis, And Service
230(17)
Learning Objectives
230(1)
Key Terms
230(1)
Parking Brake Standards
231(1)
Pedals, Levers, and Handles
231(3)
Parking Brake Warning Lamp
234(1)
Parking Brake Linkages
234(2)
Front and Rear Entry Parking Brake Cables
236(1)
Drum Parking Brakes
236(2)
Caliper-Actuated Disc Parking Brakes
238(4)
Parking Brake Cable Adjustment
242(2)
Electric Parking Brake
244(3)
Summary
245(1)
Review Questions
245(1)
Chapter quiz
246(1)
Chapter 15 Machining Brake Drums And Rotors
247(44)
Learning Objectives
247(1)
Key Terms
247(1)
Brake Drums
248(1)
Brake Drum and Rotor Damage
248(2)
Brake Drum Distortion
250(2)
Removing Drums
252(1)
"Machine To" Versus "Discard"
252(1)
Machining Brake Drums
253(3)
Disc Brake Rotors
256(2)
Disc Brake Rotor Distortion
258(2)
Carbon-Ceramic Rotors
260(1)
Disc Brake Rotor Thickness
260(1)
When the Rotors Should Be Machined
261(1)
Rotor Finish
261(1)
Qualifying A Brake Lathe
262(1)
Machining a Disc Brake Rotor
263(6)
On-the-Vehicle Rotor Machining
269(22)
Summary
290(1)
Review Questions
290(1)
Chapter quiz
290(1)
Chapter 16 Power Brake Unit Operation, Diagnosis, And Service
291(17)
Learning Objectives
291(1)
Key Terms
291(1)
The Need for Power Brake Assist
292(1)
Principles of Vacuum
293(1)
Vacuum Booster Theory
294(1)
Vacuum Check Valve
295(1)
Vacuum Brake Booster Operation
296(2)
Dual- (Tandem-) Diaphragm Vacuum Boosters
298(1)
Brake Assist System
298(1)
Vacuum Booster Operation Test
299(1)
Vacuum Booster Leak Test
299(1)
Hydraulic System Leak Test
299(1)
Pushrod Clearance Adjustment
300(1)
Vacuum Booster Disassembly and Service
300(1)
Hydro-Boost Hydraulic Brake Booster
301(5)
Hydro-Boost Symptom-Based Guide
306(2)
Summary
306(1)
Review Questions
307(1)
Chapter quiz
307(1)
Chapter 17 Abs Components And Operation
308(17)
Learning Objectives
308(1)
Key Terms
308(1)
Antilock Brake System
309(2)
ABS Parts Involved
311(1)
ABS Channels
312(1)
NonIntegral ABS
313(1)
ABS Controller Inputs and Outputs
314(1)
Wheel Speed Sensors
315(2)
Hydraulic Modulator Assembly
317(3)
Advanced ABS Functions
320(5)
Summary
324(1)
Review Questions
324(1)
Chapter quiz
324(1)
Chapter 18 Abs Diagnosis And Service
325(14)
Learning Objectives
325(1)
Key Terms
325(1)
ABS Fault Diagnosis
326(2)
Retrieving ABS Codes Prior To 1996
328(1)
ABS Diagnosis, OBD-II Equipped Vehicles
328(5)
Wheel Speed Sensor Diagnosis
333(3)
Hydraulic ABS Service
336(1)
ABS Safety Precautions
337(2)
Summary
337(1)
Review Questions
338(1)
Chapter quiz
338(1)
Chapter 19 Electronic Stability Control Systems
339(11)
Learning Objectives
339(1)
Key Terms
339(1)
The Need for Electronic Stability Control
340(1)
Federal Motor Vehicle Safety Standard (FMVSS) No. 126
341(1)
Sine with Dwell Test
341(1)
Names of Various ESC Systems
342(1)
ESC Sensors
343(2)
Traction Control
345(2)
ESC/TC Diagnosis
347(3)
Summary
348(1)
Review Questions
348(1)
Chapter quiz
348(2)
Chapter 20 Regenerative Braking Systems
350(13)
Learning Objectives
350(1)
Key Terms
350(1)
Introduction
351(1)
Principles of Regenerative Braking
351(2)
Types of Regenerative Braking Systems
353(1)
Battery Charging During Regeneration
354(1)
Regenerative Braking Systems
355(2)
How the Regeneration System Works
357(2)
Deceleration Rates
359(1)
Engine Design Changes Related to Regenerative Braking
359(1)
Servicing Regenerative Braking Systems
360(3)
Summary
361(1)
Review Questions
361(1)
Chapter quiz
361(2)
Appendix 1 Sample Brakes (A5) ASE-Type Certification Test With Answers 363(4)
Appendix 2 2013 NATEF Correlation Chart 367(3)
Glossary 370(7)
Index 377
Jim Halderman brings a world of experience, knowledge, and talent to his work. His automotive service experience includes working as a flat-rate technician, a business owner, and a professor of automotive technology at a leading U.S. community college for more than 20 years. He has a Bachelor of Science Degree from Ohio Northern University and a Masters Degree in Education from Miami University in Oxford, Ohio. Jim holds a U.S. Patent for an electronic transmission control device. He is an ASE certified Master Automotive Technician and is Advanced Engine Performance (L1) ASE certified. Jim is the author of many automotive textbooks all published by Pearson Education. He has presented numerous technical seminars to national audiences including the California Automotive Teachers (CAT), the Illinois College Automotive Instructor Association (ICAIA), as well as a member and presenter at the North American Council of Automotive Teachers (NACAT).

Jim was also named Regional Teacher of the Year by General Motors Corporation and outstanding alumni of Ohio Northern University. He and his wife, Michelle, live in Dayton, Ohio. They have two children.